Current Pilot Program Underway, Set to Expand Statewide
Green Infrastructure Project Emphasizes Larger Campus and Community Initiative
Newly published paper addresses transmission of the pathogen Bsal and how mathematical models are used to predict how the pathogen would spread among eastern newts.
Eastern newt populations in the northeastern United States and southeastern Canada are at greatest risk of infection with a new skin-eating fungus, Batrachochytrium salamandrivorans (Bsal), according to a study published February 18 in the open-access journal PLOS Pathogens by Matthew Gray of the University of Tennessee Institute of Agriculture, and colleagues.
Professor Charles Kwit is offering a two-year MS Research/Teaching Assistantship.
MS student and Tennessee Aquarium employee Shawna Fix explains how studying the life history of a closely related species gives scientists more information on the endangered Laurel Dace. Listen to…
In this episode of Step Outside, David Carter and Adri Tompros discuss their research on Bsal, a recently discovered pathogen that eats away at amphibian skin. Bsal has been found across Europe, and Davis and Adri are part of a concerted effort to prevent further spread and transmission in the US.
Professors Matt Gray and Deb Miller’s work in the Amphibian Disease Lab centers on preventing the spread of an amphibian pathogen, Bsal, to the United States. Bsal is currently spreading across Europe, and many fear that international pet trade will bring pathogen here. With the Appalachian region being a hotspot for salamander diversity, the Miller-Gray Lab is focused on prevention, detection, and transmission pathways for the pathogen.
Study Provides Insights into Gathering, Preparation Patterns and Meat Preferences
In this episode, PhD student Doug Mitchell explains how replacing fescue with native warm-season grasses could benefit bobwhite populations across the Southeast.